Radio frequency identification (RFID) networks planning (RNP) is a challenging task on how
to deploy RFID readers under certain constraints. Existing RNP models are usually derived …

There are various RFID Network Planning optimization problems that can be effectively
solved by Metaheuristic Algorithms. Firefly and MC-GPSO algorithms are the state-of-art …

The surveillance of mobile objects is important for many applications in public security,
logistics, traffic control, etc. Multiple RFID (Radio frequency identification) readers can be …

Resource efficiency in wireless ad hoc networks has become a widely studied NP‐problem.
This problem may be suboptimally solved by heuristic strategies, focusing on several …

Due to the fast growing electronic commerce, the constrained three-dimensional reader
network planning (C3DRNP) of the radio frequency identification (RFID) system for large …

One of the main problems for radio frequency identification (RFID) networks planning is to
optimize readers' position. The problem of RFID networks planning (RNP) includes many …

The rapid expansion of industrial technology necessitates the widespread use of radio
frequency identification networks (RFID). Multiple (RFID) components must be installed in …

Radio frequency identification (RFID) is a technology most commonly used for the tracking
and identification of objects. Optimally implementing RFID is challenging, especially in …

With the rapid development of radio frequency identification (RFID) technology, in a variety
of special environments (such as factories, warehouses, prisons), the demand for optimal …

In this paper, a genetic algorithm (GA) with a spatial crossover operation and a correction
scheme is proposed to solve a 3D RFID reader network planning problem. The proposed …